A shift is taking place in the global economy. For much of the past decade, discussions about artificial intelligence centered on algorithms, semiconductors, GPUs, and data.
In 2026, another factor has moved decisively to the centre of the conversation, electricity. Al companies are discovering that billions of dollars of GPUs are of limited value if sufficient, reliable electricity cannot be del ivered to them.
In view of this, some of the world’s largest technology companies are b eginning to behave increasingly like energy companies, contracting nuc lear generation, investing in new reactors, developing dedicated gas ge neration, acquiring or securing power infrastructure, investing in storag e, and locating data centres according to the availability of electricity.
According to the International Energy Agency (IEA), global data-centre electricity consumption is projected to reach roughly 945 TWh by 2030, a pproximately double today’s level, with consumption growing about 1 5% annually between 2024 and 2030 more than four times the growth rate of electricity consumption in the rest of the economy.
The IEA now describes the broader transformation as an “Age of Electricity,” forecasting that the world will add, on average, about 50% more ele ctricity demand each year between 2026 and 2030 than it added annually during the previous decade.
Data centres, electrification, cooling, manufacturing, and electric mobil ity are among the principal drivers. This represents both a warning and an extraordinary opportunity for Nigeria.
Nigeria must stop seeing electricity access solely as a social-devel opment intervention. Electricity is increasingly an economic infrastruct ure, digital infrastructure, and national competitiveness infrastructure.
What this means for Nigeria, REA and RAMCO
- Elon Musk did not buy a nuclear plant but what xAl Is doing may be m ore significant The story circulating that Elon Musk purchased a nuclear power plant ap pears to be inaccurate.
There is no credible evidence that Musk or xAl has purchased an operati ng nuclear power station.
However, the underlying story illustrates the electricity challenge facing Al remarkably well. Musk confirmed in 2025 that AI had acquired power-generation equipment overseas for deployment in the United States.
More recently, xAl has aggressively developed its own electricity supply around its enormous Colossus computing infrastructure rather than relying exclusively upon traditional grid connections.
Reuters reported that xAl deployed significant numbers of gas turbines to support its Tennessee data-centre operations, although aspects of t he deployment have generated environmental and permitting controversy.
More dramatically, in January 2026 xAl announced an investment of mor e than $20 billion for its Southaven, Mississippi data-centre development.
The project is expected to expand xAl’s computing infrastructure tow ard approximately 2 GW.
The lesson
The significant point is not whether Musk bought a nuclear plant.
It is that an Al company is effectively saying, “If the electricity system c annot provide power quickly enough, we will develop the power infrastr ucture ourselves.”
This represents a profound change in the relationship between technology and energy.
- Meta has become one of the world’s largest corporate nuclear-energ y buyers In January 2026, Meta announced nuclear-energy agreements with Vistra, TerraPower, and Oklo aimed at supporting as much as 6.6 GW of new and existing clean generation by 2035.
Together with Meta’s broader agreements, the company later stated th at it was supporting approximately 7.7 GW of nuclear energy across arra ngements involving Vistra, TerraPower, Oklo, and Constellation.
This is remarkable.
Meta is fundamentally an internet and Al company, yet its future compe titiveness has become sufficiently dependent on electricity that security gigawatts of nuclear generation is now part of its infrastructure strat egy.
Lesson
Al companies are becoming anchor customers for new electricity infras tructure.
Nigeria should consider whether large digital companies, telecommunic ations companies, industrial parks, universities, mining operations, and manufacturing clusters could similarly become anchor customers for distributed generation.
- Microsoft is helping bring a retired nuclear reactor back into service
Microsoft entered into a 20-year electricity purchase agreement with Constellation that supported plans to restart the former Three Mile Islan d Unit 1 in Pennsylvania, now known as the Crane Clean Energy Center.
The plant is expected to restore approximately 835 MW of firm generati on.
However, another development is equally important. Constellation says it can have the plant generating by 2027, while PJM indicated that trans mission upgrades could potentially delay full grid interconnection until 2031.
This means a functioning power plant could theoretically exist while ad equate network capacity to transport its electricity does not.
Lesson
Generation capacity is not the same thing as delivered electricity. The f uture metric should therefore not merely be? “How many megawatts did we construct
It should increasingly become, “How many reliable megawatts reached productive customers, for how many hours, and what economic activity did those megawatts create?”
- Google is helping create a new generation of nuclear reactors
Google entered into a landmark arrangement with Kairos Power for adv anced nuclear generation.
In April 2026, Kairos broke ground on its Hermes 2 demonstration facility in Oak Ridge, Tennessee.
Hermes 2 is designed to supply up to 50 MW into the Tennessee Valley Authority system and support the decarbonisation of Google’s data centres in Tennessee and Alabama.
The significance is greater than 50 MW. Google is helping create a future market for small modular and advanced nuclear reactors, just as technology companies helped create markets for renewable PPAs years earlier.
Lesson
The companies consuming electricity are beginning to influence which technologies get financed and built.
Nigeria can apply the same principle to distributed renewable energy. Large guaranteed electricity buyers can provide the demand certainty n eeded to finance generation assets.
- Amazon is also moving deeply into nuclear energy
Amazon has invested in X-energy, one of the leading developers of smal | modular reactor technology.
Its original agreement included support for manufacturing capacity capable of underpinning more than 5 GW of future nuclear projects using Xenergy technology.
The financial market has subsequently validated some of this enthusiasm. In April 2026, Amazon-backed X-energy raised approximately $1.02 bil lion through its U.S. IPO.
AWS previously purchased a data-centre campus beside Pennsylvania’s Susquehanna nuclear station for approximately $650 million, providing a nother example of computing infrastructure migrating toward available electricity.
Lesson
The emerging formula is clear: Power location — Data-centre location
- Investment location — Jobs — Economic activity.
Electricity availability is increasingly determining where digital capital goes.
- OpendAl’s stargate shows the scale at which Al and energy are conver ging
Stargate has targeted approximately $500 billion of investment and 10 G W of Al infrastructure capacity.
In January 2026, OpenAl and SoftBank each committed $500 million to SB Energy. OpenAl also selected SB Energy to develop and operate a previously announced 1.2 GW data-centre site in Texas.
Lesson
The important part is that SB Energy is not simply developing buildings. Its role brings together data-centre infrastructure and associated energy infrastructure.
Al infrastructure and electricity infrastructure are therefore increasingl y being designed as one integrated asset class.
- Electricity demand is beginning to accelerate after years of relative st agnation
The U.S. Energy Information Administration expects American electricit y consumption to establish new records in both 2026 and 2027, with Ala nd data-centre expansion among the major drivers.
Consumption is fore cast to increase from approximately 4,195 billion kWh in 2025 to 4,268 bil lion kWh in 2026 and 4,391 billion kWh in 2027.
This is not simply an American development. The IEA estimates global e lectricity generation required for data centres could rise from approximately 460 TWh in 2024 to more than 1,000 TWh in 2030.
That increase alone is comparable to the annual electricity consumptio n of some major industrial economies.
Electricity is therefore becoming a scarce strategic commodity. Countries capable of delivering abundant, reliable, and competitively priced electricity will possess an increasingly powerful advantage in attra cting digital investment.
- Al is reviving the gas-turbine industry Despite unprecedented renewable-energy investment, Al’s requiremen t for continuous electricity has produced another surprising development, natural gas generation is booming.
Siemens Energy reported record orders and financial performance in 202 6, partly driven by gas-turbine demand associated with Al data centres and new power plants.
Reuters reports that planned U.S. gas generation surged dramatically d uring 2025, while turbine manufacturers face extremely long equipment lead times.
Some large turbines are effectively booked several years ah ead. Al is therefore demonstrating something important that renewables pr ovide cheap energy.
But high-value digital infrastructure also values availability, reliability, dispatchability, and speed of deployment.
For Nigeria, this reinforces the importance of intelligently combining: Solar + Batteries + Gas + Grid + Demand Management. It should not become an ideological argument between individual tech nologies.
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The objective should be reliable and economically competitive electricity.
Consequently, storage is becoming increasingly integrated with renewa ble development.
This is an extraordinary lesson. The problem of the fut ure may not simply be, “How do we produce electricity?”
It will increasingly become, “How do we store, move, manage, and monetise electricity when it is produced?”
THE NEW GLOBAL EQUATION
These developments point toward a new economic equation.
Al COMPETITIVENESS = COMPUTE + ELECTRICITY + LAND + CONNECTIVI TY + CAPITAL
A country possessing excellent Al talent but inadequate electricity infra structure will struggle to participate fully in the emerging Al economy.
Conversely, countries possessing abundant energy resources can poten tially turn electricity into a platform for attracting digital investment. WHAT THIS MEANS FOR NIGERIA
Nigeria should recognise that its electricity deficit, although currently a major developmental constraint, can paradoxically become an investme nt opportunity.
Much of the country’s electricity infrastructure still needs to be constru cted, Nigeria has the opportunity to leapfrog some legacy infrastructur e models.
Rather than thinking exclusively about large centralized generation, transmission, distribution and the consumer, the country can instead deve lop: Generation + Storage + Digital infrastructure + Productive demand within the same geography.
Moving from megawatts to true economic sovereignty requires a fundamental rethink of our national strategy, a blueprint for REA, RAMCO and the creation of Nigerian Digital Energy Zones.
Abba Aliyu is the Managing Director of Nigeria’s Rural Electrification A gency (REA). This piece is Part 1 of a two-part series exploring the inte rsection of Al, electricity infrastructure and Nigeria’s path to prosperity.
